Men's Shirt Research Articles

The Effectiveness Of An Educational Program In Developing The Skills Of Drawing The "Men's Shirt" Model Using Multimedia

The Effectiveness Of An Educational Program In Developing The Skills Of Drawing The "Men's Shirt" Model Using Multimedia

Study on Size Recommendation of H-Silhouette Men's Shirt

Study on Size Recommendation of H-Silhouette Men's Shirt

On Loving Clothes, and Preferring Not To

On Loving Clothes, and Preferring Not To

PENILAIAN MEDIA PEMBELAJARAN E-MODUL MATERI KERAH KEMEJA

This study aims to create e-module in men's shirt collar material and to conduct the feasibility evaluation of e-module learning media in men's shirt collar material. The research evaluation was carried out by a panel of material and media experts. The research methodology used pre-experimental (one-shot case study). Research created e-module learning media that combines component such as layout, texts, audio, images, and videos using the Flip PDF Professional application assisted by CorelDRAW and Adobe Premiere Pro. E-module learning media in this men's shirt collar material has been declared very feasible based on aspects of content feasibility, linguistic aspects, presentation aspects, graphic aspects, software engineering aspects, visual communication aspects, stand alone aspects, and adaptive aspects. The results obtained for the assessment of learning media for material aspects are 88.04%, and media aspects are 82.4%, so in general the e-module learning media for men’s shirt collar material has been declared very feasible. So that e-module learning media that the researchers arranged can be used as a learning media and students can study independently.

Performanse presovanja šava

In garment manufacturing, pressing is one of the latest stages of production. The purpose of the pressing is to achieve a smooth appearance of the shell fabric and flat and smooth seams. A group of woven fabrics with of fiber composition 100% cotton, cotton/Lycra, 100% wool and blended wool/PES for production of men's shirt and tailored garments were tested for seam pressing performance on a FAST 4 press test. The relationship of the seam crease angle after pressing with the fabric fiber composition and fabric weight and end use. The substantial difference between fabric end use and seam pressing performance was analyzed. The fabrics of Wool/PES fabric composition have shown best seam crease performance out of all fabrics for tailored garments. Cotton/Lycra fabrics have shown superior seam pressing performance compared to 100% cotton fabric for men's shirt.

A virtual e-bespoke men's shirt based on new body measurements and method of pattern drafting

Customization is prevailing in the apparel industry with increasing requirements from consumers and the popularization of new technologies. This study aimed to establish the novel approach of applying existing and new body measurements to customize the pattern block of a men's shirt, to enrich the anthropometric database, and to develop the fit evaluation procedure. New body measurements were extracted from 156 scanned male mesh bodies in accordance with the morphological features and developing method of pattern block sketching. Owing to these new body measurements, the customized shirt with assured high-level fit can be obtained by generating original patterns as bespoke, on the one hand, and by transforming ready-to-wear patterns, on the other hand. The first way is e-bespoke tailoring that utilizes the developed schedule of body morphological features, improved shirt pattern of desired style (body fit, slim fit, regular fit, and comfort fit), and virtual try-on software CLO 3D. The proposed method of virtual e-bespoke design allows readily completing a well-fitted and balanced men's shirt, which will contribute to the efficiency of customization and quality of end-products for the apparel industry.

Primena CAD metoda u 3D dizajnu odeće

Modeling virtual garments is known as a very laborious process, which includes designing 2D patterns, positioning, and sewing them in 3D, performing a physically-based simulation, and then iteratively adjusting patterns and parameters, repeating the process until the expected effect is achieved. The aim of this paper is to make a 2D pattern and 3D simulation of a men's shirt. First, the computer construction of the men's shirt model was made on a sketch-based, i.e. a 2D pattern is developed. Secondly, 2D pattern is developed by flattening 3D surface patches, then a 3D fine garment is formed directly based on the information of sewing relations and correspondence between 3D surfaces and 2D patterns. The method is able to design 3D garments and 2D patterns efficiently and accurately.

The plastic values of Wassily Kandinsky and their impact on the design of printed men's shirt

The purpose of this research is to study the effect of Kandinsky's plastic values and their impact on the design of the printed men's shirt as an important piece of clothing for men and printing them in digital printing (inkjet) as one of the modern printing methods used in textile printing.An analytical study of Kandinsky's work was conducted to identify the plastic values and formal elements such as point, line and texture, and the plastic relations (rhythm and equilibrium) and the benefit of them making designs suitable for men's printed shirt.The problem:-The search problem can be identified in the following question:How can we inspire printed designs for a single piece of men's shirt inspired by the plastic values of Kandinsky's work which fit the technical and technical development of the 21st century?Objectives:- 1. Highlighting the printed men's shirt. 2.Learning about the effect of modern art, especially abstract art, on the design of one piece of men's printed shirt in digital printing. 3.Attempting to produce design ideas that are suitable for the designs of a single piece using the computer and printing them in an ink jet way to be used as a print product. 4. Production of specific print designs on the parts of the patron to suit the production of one piece of men's shirt fabrics, which opens up new horizons for quantitative printed design.Methodology :-The research follows the descriptive and analytical descriptive method through: * Descriptive analytical approach: - descriptive analysis study of the technical analysis of the samples of the works of art Kandinsky as well as studying design trends of men's shirts. * Experimental Method: - In the implementation of print designs, designed on the parts patron men's shirt to suit the production of one piece.Results: - 1. Finding creative solutions with new insights inspired by the plastic values of Kandinsky's work in line with the one-piece designs of the printed shirt. 2. The ability to produce specific print designs on patrons of the men's shirts printed in proportion to the production of one piece, which opens up new horizons for design.3. The possibility of producing design ideas suitable for the quality and quantity of designs of one piece using the computer and printing in the form of inkjet and using it for men's shirt fabrics.

Analysis of body proportions of Croatian basketball players and the untrained population and their influence on garment fit

The aim of this study was to determine differences in body proportions and measurements of basketball players and an untrained group of the general population, as well as the impact of physical differences on garment fit through the Croatian sizing system for labeling men's clothing based on the European standard EN 13402. It was hypothesized that clothes made according to the system for labeling men's clothing are not appropriate for the population of basketball players. Differences in morphological properties of the basketball players, as a result of many years of active sport playing, were found both by conventional anthropometric measurement method and three-dimensional (3D) body scanning. Anthropometric measurements were taken for the needs of the clothing industry according to ISO 3635, ISO 8559 and ISO 20685. The study was conducted on a sample of 189 male test subjects, aged between 15 and 25 years, who are professional basketball players and sample of a 189 test subjects for the untrained group of the general population of the same age. Statistical data results included factor and discriminate analysis. Differences in the body measurements of basketball players and the untrained group of the general population were analyzed through an independent samples t-test. Considering that differences in the upper body part have a large impact on garment fit, compared to the average body measurements, that is, the existing clothing sizing system, a proposal for the amendment of the sizing system for basketball players, with average body measurements by size, was made. In addition, for the purposes of the study, 20 anthropometric variables related to the upper body part and required for the clothing construction were analyzed. In order to test the garment fit, two men's shirt prototypes of the same garment size, one based on the existing sizing systems and one based on the proposed amendment for basketball players, were developed using a two-dimensional/3D computer-aided design system. Computer simulations performed on the average basketball player body model showed the unsuitable fit of a men's shirt constructed according to the existing sizing system and the satisfying fit of a men's shirt constructed according to measurements of the proposed amendment for basketball players, confirming the possible application of the conducted research results and the proposed sizing amendment.

Multi-Objective Optimization for Multi-Line and U-Shape Layout of Sewing Assembly Line in Apparel Industry

The design of assembly line layout is one of the most important influential factors for the company's performance. The inappropriate arrangement of the order of workstations in the assembly line could cause the excessive movement of the material. In order to increase productivity and reduce production cost, a multi-objective optimization model with minimum the transfer distance of semi-finished products and the total area of assembly line was established in this paper. The Non-dominated Sorting Genetic Algorithm-II was applied to obtain the results of this model. The coding method, genetic operation and fitness function for three different kinds of sewing assembly line layouts (multi-line, U-shape two-line and U-shape three-line) were studied, while the workstations were organized in three ways: the order of processes, the type of machines, and the components of garment. The efficiency of the model was verified by the practice of sewing assembly lines for men's shirt. The layout schemes are compared with other algorithms. The results illustrated that NSGA-II algorithm is an effective tool to solve the sewing assembly line layout problem. The transfer distances of semi-finished products in the multi-line and U-shape (three-line) layouts arranged by garment components workstation layout were short. The multi-line layout arranged by the type of machines workstation layout occupied the smallest area. The model is suitable for solving the layout problem of the garment sewing workshop in practice, shortening the production cycle, and reducing the production cost. A variety of assembly line layout schemes are provided for apparel manufacturers in this paper. Apparel manufacturers can select the appropriate assembly line layout based on the actual conditions of the workshop and product.

Hierarchical fit criteria of made-to-measure men shirt with virtual technology

In this research we explored the new hierarchical fit criteria of made-to-measure (MTM) men shirt in consideration of the male torso types and shirt styles. As the most pivotal factor of MTM products, clothing fit directly determines consumer’s satisfaction towards the clothing. To improve the fit of MTM men shirt with an optimized customization process, 118 male bodies were scanned to attain the conventional and novel anthropometric measurements. Meanwhile, the torso type were classified into five distinct groups in accordance with proportions of anteroposterior girths of different levels. Based on the specific groups, the acceptable eases distribution of the pattern were investigated to form the good-fitted men shirts of different styles in virtual try-on platform. With this methodology, the new fit criteria were proposed especially for improving the mass-production of customized men shirt.

Virtual technology of Made-to-Measure Men Shirt

The aim of this research is to propose the enhanced method of pattern block drafting with novel pattern-oriented body measurements and to optimize the fit of men shirts and customization process that demonstrating by the virtual system “body-garment”. To investigate and devise this method, 119 young male bodies were scanned by 3D body scanner. New anthropometric indexes were proposed according to the theories and basic rules of sketching patterns[1]. Competitive neural networks and self-organized mapping neural networks2(SOMNN) were trained and tested to clustering the male body features into certain types. Thereby novel patterns for diverse types were employed as the database of customized men shirts. Compared with the traditional pattern blocks, the new ones are providing the better fit in virtual environment. Based on the proposed method, the individual pattern could be generated immediately from the existed database with facilitated precision and efficiency, by matching the body measurements of customers to certain anthropometric features.

Men's shirt recycling creative potentials in the design and implementation of innovative female fashion

Clothing is not just an outer cover to cover some parts of the body or save it from the vagaries of the atmosphere or its adornment only, but that fashion has an inherent root at every nation civilization and all other affairs and is a sincere focus that reflects the social, economic, political, cultural, religious conditions through the ages and times, But often personal motives are within these influences (Yusri Moawad - 1995 - 3). . It is recognized that women in general like to change all of her clothes and also like to modify or renew used clothes because of the high prices of clothing, it is possible to use simple additions such as buttons, lace and strips of elastic or belts to renew any used clothes to become a new model and innovative. Since a product has a life cycle that ends as an exhaust, it should be disposed of, in several ways, such as incineration, resulting in air pollution, or in the manner of burial in the soil resulting in soil pollution.So recycling is considered very safe.(Thanaa Mustafa -2011- 497). As global attention to environmental issues and conservation increased, the issue of recycling emerged as one of the most important issues that many countries have been interested in and stimulated, and are striving to apply them in the right way, because they have great importance in economic development (Tahani Bint Nasser-2017-231). The idea of ​​this research was to contribute to the recycling of the men's shirt and to employ it creatively in the fashion design, as well as to take advantage of the used clothes to reach a new formality in a creative way to get new fashion and to support the local economy. Its problem is summarized in this research in: 1. Is there awareness of the importance of recycling clothes and the desired benefit? 2. Is it possible to take advantage of the men's shirt in units with innovative designs to match the fashion lines? 3. How can recycling be used in our daily lives? The research objectives were: 1. Identify how to exploit the consumed parts to make other new products. 2. Linking scientific research to community service. 3. Developing creative abilities in designing and beautifying the uniforms by recycling the men's shirt. 4. Recycle the men's shirt in fashion design in a creative way. The main elements that highlight the importance of this research is to benefit from the research in the work of training courses to apply the results. Recycling is a nouha for small projects, which contributes to increase the income of the family and contribute to the provision of a product more economical and new and high quality and it serves the labor market as it helps to find more jobs for female graduates and girls. The research followed the methodological descriptive way as it's more suitable to it, and to answer the questions of research and achieve the goals .

Influencing fabric shrinkage and different size ratios on marker making efficiency and fabric consumption rate for men's shirt.

As the fabric cost forms more than 65% of the total garment cost, thus saving fabric in clothing factory especially in cutting section plays a vital role in this industry. This paper aimed at investigating the influence of fabric shrinkage in lengthwise and widthwise and the different size ratios on marker making efficiency and fabric consumption rate. It was found that fabric shrinkage has a significant influence on maker efficiency and fabric consumption rate. As the fabric shrinkage increases the marker making efficiency increases. Also fabric consumption rate was associated with 2% shrinkage in both direction of the fabric while shrinkage of 3% leads to lower the fabric consumption rate.

Entrepreneurial possibilities in the field of shirt manufacturing in India, technical requirements.

Indian apparel consumption has seen a paradigm shift in terms of quality and design during the last twenty five years. Readymade garment sector has seen a rapid growth during the mentioned period. Liberalization in the field of foreign investment , beginning from the last decade of the twentieth century, brought many foreign apparel brands in India. Globalization of markets also pushed the apparel market up in India due to more visibility of foreign brands and public awareness of people. After the growth of internet, new shopping platforms have emerged, providing more ease to the consumers. Indian consumers are spoilt for choice as far as apparel brands are concerned. Most of the foreign brands are now being manufactured in India itself under various business arrangements with local companies. presence of these brands has pushed quite a few Indian companies making their apparel products completely on their own under their own brand name and. Success of such Indian brand is an inspirational story for upcoming entrepreneurs. This paper talks about the technical requirements to set up Men's Shirt factories that can successfully manufacture products of world class .

The Effect of Sewing techniques variables on The properties of men shirt joints

The purpose of the knitting process in general is to create good knits that achieve the standard levels required for both appearance and performance, and the efficiency of knitting is considered one of the important basics for the quality of the clothing product, as a good appearance in knitting means that the materials are woven in a flat manner so that it does not produce incomplete stitches, punching, or wrinkling and without damage. Or cutting in the materials that have been sewn, and this is evident in the extent of the bad impact of knitting defects from the presence of one or more stitches that are worn or cut or the presence of ruffles or tension on the sewing line, and the quality of knitting with its different elements has a direct effect on the method or method of building the knitting itself, so the stitches For example, it is the means by which materials such as fabrics and clothes are collected by interlocking the threads that connect the parts of the clothing pieces by the machine knitting process. On this basis, stitches are considered a crucial measure of the quality of clothes and in many cases manufacturers are keen to define the specifications of the stitches used in the production of clothes. Therefore, correct thinking in choosing the types of sewing used in production and the correct choice of the various factors affecting them such as stitch length, degree of tension, pedal pressure, type Stitch, needle and thread all help to provide important information for judging the quality of the sewing joint of a men's shirt.

Surrealism under the Knife in Myla Goldberg's Wickett's Remedy

Surrealism under the Knife in Myla Goldberg's <i>Wickett's Remedy</i>

Service performance improvement by using RFID-enabled goods traceability data: a case study

This paper presents a case study where service performance of a retailer can be improved not by directly measuring the service performance and solving problem; but by measuring a substitute performance indicator that corresponds to the service performance and solving the problem. As a substitute indicator, we choose a correlation coefficient between sold item distribution and sales floor inventory distribution. Since measuring service performance continuously in stores has lots of difficulties because of the nature of services, the services of the retailer have been difficult to improve. However, since the move of goods inside a store is captured easily by using automated data capturing (ADC) technologies, the service performance could be continuously improved if the goods traceability data is used for this purpose. In this study, we show the effectiveness of our approach with a radio frequency identification (RFID) application in a men's business shirt store of a department store.

The single‐row machine layout problem in apparel manufacturing by hierarchical order‐based genetic algorithm

PurposeChange of machine layout is often required for small quantity and diversified orders in the apparel manufacturing industry. The purpose of this paper is to use a hierarchical order‐based genetic algorithm to quickly identify an optimal layout that effectively shortens the distance among cutting pieces, thereby reducing production costs.Design/methodology/approachThe chromosomes of the hierarchical order‐based genetic algorithm consist of the control genes and the modular genes to acquire the parametric genes, a precedence matrix and a from‐to matrix to calculate the distance among cutting pieces.FindingsThe paper used a men's shirt manufacturing as an example for testing the results of a U‐shaped single‐row machine layout to quickly determine an optimal layout and improve effectiveness by approximately 21.4 percent.Research limitations/implicationsThe manufacturing order is known. The machine layout is in a linear single‐row flow path. The machine layout of the sewing department is independently planned.Originality/valueThe advantage of the hierarchical order‐based genetic algorithm proposed is that it is able to make random and global searches to determine the optimal solution for multiple sites simultaneously and also to increase algorithm efficiency and shorten the distance among cutting pieces effectively according to manufacturing order and limited conditions.

Life cycle costing for innovations in product chains

The paper indicates how a few innovative actions of companies to reduce emission in the chain of products save costs of pollution control and even provide net benefits for companies in some cases. Costs and savings in the chains of products are assessed with a decision support model by comparing compliance and preventative corporate strategies regarding the far-reaching emission reduction. Ten cases are presented: tomatoes, an animal fat, a vegetable spread, a washing powder, a men's shirt, an office armchair, a kitchen block, a television set, a copier, and a car. The costs of pollution control can in several cases be avoided or reduced through focused actions in the life cycle, including changes in suppliers, adaptation of the manufacturing process and in consumers' behaviour. A distinction is made between consumption of the short-cycle and durable products. For consumption of the short-cycle products, the high compliance costs and the cost-saving innovations are usually found in the primary steps of supply (e.g. agriculture in food and mining of minerals) and in disposal (e.g. packaging). For consumption of the durable products, the high compliance costs and cost-saving innovations are mainly found in manufacturing of some components, during use of products because of electricity and fuel use and disposal of voluminous products.